PERRELLA, ANTONIA
PERRELLA, ANTONIA
Ingegneria dell'Informazione
A mathematical model of the effect of metabolic control on joint mobility in young type 1 diabetic subjects
2017 Francia, Piergiorgio; Perrella, Antonia; Sorelli, Michele; Toni, Sonia; Piccini, Barbara; Sardina, Gabriella; Gulisano, Massimo; Bocchi, Leonardo
Cardiac pulse waves modeling and analysis in laser doppler perfusion signals of the skin microcirculation
2017 Sorelli, Michele; Perrella, Antonia; Bocchi, Leonardo
Detecting vascular age using the analysis of peripheral pulse
2018 Michele Sorelli*, Antonia Perrella, Leonardo Bocchi,
Evaluation of spatial distribution of skin blood flow using optical imaging
2017 Frassineti, Lorenzo; Giardini, Francesco; Perrella, Antonia; Sorelli, Michele; Sacconi, Leonardo; Bocchi, Leonardo
Modeling of the microvascular pulse for tracking the vasoconstriction response to deep inspiratory gasp
2018 Sorelli, Michele; Perrella, Antonia; Bocchi, Leonardo
Multi-gaussian Decomposition of the Microvascular Pulse Detects Alterations in Type 1 Diabetes
2019 Sorelli, Michele; Perrella, Antonia; Francia, Piergiorgio; De Bellis, Alessandra; Anichini, Roberto; Bocchi, Leonardo
WAVELET ANALYSIS OF NEWBORN INFANT CRY
2015 S. Orlandi, A. Bandini, A. Perrella, J. Marjouee, G.P. Donzelli, C. Manfredi
Wavelet Phase Coherence Analysis Between the Respiratory Activity and the Microcirculation: The Effects of Type 1 Diabetes
2020 Sorelli, Michele; Perrella, Antonia; Francia, Piergiorgio; Bocchi, Leonardo
Wavelet Phase Coherence Analysis between the Respiratory Activity and the Microcirculation—The Effects of Type 1 Diabetes
2018 PERRELLA, ANTONIA; SORELLI, MICHELE; FRANCIA, PIERGIORGIO; CAPIRCHIO, LAURA; ANICHINI, ROBERTO; BELLIS, ALESSANDRA DE; GULISANO, MASSIMO; BOCCHI, LEONARDO
Wavelet Phase Coherence Between the Microvascular Pulse Contour and the Respiratory Activity
2018 Perrella, Antonia; Sorelli, Michele; Giardini, Francesco; Frassineti, Lorenzo; Francia, Piergiorgio; Bocchi, Leonardo
Titolo | Data di pubblicazione | Autore(i) | File |
---|---|---|---|
A mathematical model of the effect of metabolic control on joint mobility in young type 1 diabetic subjects | 2017 | Francia, Piergiorgio; Perrella, Antonia; Sorelli, Michele; Toni, Sonia; Piccini, Barbara; Sardina, Gabriella; Gulisano, Massimo; Bocchi, Leonardo | |
Cardiac pulse waves modeling and analysis in laser doppler perfusion signals of the skin microcirculation | 2017 | Sorelli, Michele; Perrella, Antonia; Bocchi, Leonardo | |
Detecting vascular age using the analysis of peripheral pulse | 2018 | Michele Sorelli*, Antonia Perrella, Leonardo Bocchi, | |
Evaluation of spatial distribution of skin blood flow using optical imaging | 2017 | Frassineti, Lorenzo; Giardini, Francesco; Perrella, Antonia; Sorelli, Michele; Sacconi, Leonardo; Bocchi, Leonardo | |
Modeling of the microvascular pulse for tracking the vasoconstriction response to deep inspiratory gasp | 2018 | Sorelli, Michele; Perrella, Antonia; Bocchi, Leonardo | |
Multi-gaussian Decomposition of the Microvascular Pulse Detects Alterations in Type 1 Diabetes | 2019 | Sorelli, Michele; Perrella, Antonia; Francia, Piergiorgio; De Bellis, Alessandra; Anichini, Roberto; Bocchi, Leonardo | |
WAVELET ANALYSIS OF NEWBORN INFANT CRY | 2015 | S. Orlandi, A. Bandini, A. Perrella, J. Marjouee, G.P. Donzelli, C. Manfredi | |
Wavelet Phase Coherence Analysis Between the Respiratory Activity and the Microcirculation: The Effects of Type 1 Diabetes | 2020 | Sorelli, Michele; Perrella, Antonia; Francia, Piergiorgio; Bocchi, Leonardo | |
Wavelet Phase Coherence Analysis between the Respiratory Activity and the Microcirculation—The Effects of Type 1 Diabetes | 2018 | PERRELLA, ANTONIA; SORELLI, MICHELE; FRANCIA, PIERGIORGIO; CAPIRCHIO, LAURA; ANICHINI, ROBERTO; BELLIS, ALESSANDRA DE; GULISANO, MASSIMO; BOCCHI, LEONARDO | |
Wavelet Phase Coherence Between the Microvascular Pulse Contour and the Respiratory Activity | 2018 | Perrella, Antonia; Sorelli, Michele; Giardini, Francesco; Frassineti, Lorenzo; Francia, Piergiorgio; Bocchi, Leonardo |